Amongwhile the fuction of pavage segment and numbering of laying stone can automaticcomplete according to the laying area to choose the best program.

该系统中，着重分析和发了石材铺设参数化分割和编号、石材艺术拼花、石材加工在不同软件中通即加工单、及旋转楼梯扶手石材贴片空间曲线建模等几个功能模。

And it could edit all lots of various information that from our perennial memory or residually intraday memory, and rebuild them into new shapes and other dimensional scenes.

而且，可编辑来自我们长年或当天记忆中各种各样，并把重新创造成新形式或其他空间场面。

The only way to make a real-time kinoform is to use the liquid crystal spatial light modulator.And the kinoform is valuable to optical information processing and optical measurements.

摘要利用液晶空间光调制器制作相图是目前惟一一种能实现动态实时计算全方法，它在光处理和光学测量方面具有重要应用价值。

Amongwhile the fuction of pavage segment and numbering of laying stone can automaticcomplete according to the laying area to choose the best program.

该系统中，着重分析和开发了铺设的参数化分割和编号、的艺术拼花、工信息在不同软件中的通信即工单的开立、以及旋转楼梯扶手贴片空间曲线的建模等几个功能模。

And it could edit all lots of various information that from our perennial memory or residually intraday memory, and rebuild them into new shapes and other dimensional scenes.

而且，可以编辑来自我们长年或当天的记忆中的各种各样的信息，并把重新创造成新的形式或其他空间场。

The only way to make a real-time kinoform is to use the liquid crystal spatial light modulator.And the kinoform is valuable to optical information processing and optical measurements.

利用液晶空间光调制器制作相息图是目前惟一的一种能实现动态实时计算全息的方法，它在光信息处理和光学测量方具有重的应用价值。

Amongwhile the fuction of pavage segment and numbering of laying stone can automaticcomplete according to the laying area to choose the best program.

该系统，着重分析和开发了石材铺设参数化分割和编号、石材艺术拼花、石材加工信息在不同软件通信即加工单开立、以及旋转手石材贴片空间曲线建模等几个功能模。

And it could edit all lots of various information that from our perennial memory or residually intraday memory, and rebuild them into new shapes and other dimensional scenes.

而且，可以编辑来自我们长年或当天记忆种样信息，并把重新创造成新形式或其他空间场面。

The only way to make a real-time kinoform is to use the liquid crystal spatial light modulator.And the kinoform is valuable to optical information processing and optical measurements.

摘要利用液晶空间光调制器制作相息图是目前惟一一种能实现动态实时计算全息方法，它在光信息处理和光学测量方面具有重要应用价值。

Amongwhile the fuction of pavage segment and numbering of laying stone can automaticcomplete according to the laying area to choose the best program.

该系统中，着重分析和开发了石铺设参数化分割和编号、石术拼花、石加工信息在不同软件中通信即加工单开立、以及旋转楼梯扶手石贴片曲线建模等几个功能模。

And it could edit all lots of various information that from our perennial memory or residually intraday memory, and rebuild them into new shapes and other dimensional scenes.

而且，可以编辑来自我们长年或当天记忆中各种各样信息，并把重新创造成新形式或其他场面。

The only way to make a real-time kinoform is to use the liquid crystal spatial light modulator.And the kinoform is valuable to optical information processing and optical measurements.

摘要利用液光调制器制作相息图是目前惟一一种能实现动态实时计算全息方法，它在光信息处理和光学测量方面具有重要应用价值。

Amongwhile the fuction of pavage segment and numbering of laying stone can automaticcomplete according to the laying area to choose the best program.

该系统中，着重分析和开发了石铺设参数化分割和编号、石艺术拼花、石加工信息在不同软件中通信即加工单开立、以及旋转楼梯扶手石空间曲线建模等几个功能模。

And it could edit all lots of various information that from our perennial memory or residually intraday memory, and rebuild them into new shapes and other dimensional scenes.

而且，可以编辑来自我们长年或记忆中各种各样信息，并把重新创造成新形式或其他空间场面。

The only way to make a real-time kinoform is to use the liquid crystal spatial light modulator.And the kinoform is valuable to optical information processing and optical measurements.

摘要利用液晶空间光调制器制作相息图是目前惟一一种能实现动态实时计算全息方法，它在光信息处理和光学测量方面具有重要应用价值。

Amongwhile the fuction of pavage segment and numbering of laying stone can automaticcomplete according to the laying area to choose the best program.

该系统中，着重析开发了石材铺设的参数化编号、石材的艺术拼花、石材加工信息在不同软件中的通信即加工单的开立、以及旋转楼梯扶手石材贴片空间曲线的建模等几个功能模。

And it could edit all lots of various information that from our perennial memory or residually intraday memory, and rebuild them into new shapes and other dimensional scenes.

而且，可以编辑来自我们长年或当天的记忆中的各种各样的信息，并把重新创造成新的形式或其他空间场面。

The only way to make a real-time kinoform is to use the liquid crystal spatial light modulator.And the kinoform is valuable to optical information processing and optical measurements.

摘要利用液晶空间光调相息图是目前惟一的一种能实现动态实时计算全息的方法，它在光信息处理光学测量方面具有重要的应用价值。

Amongwhile the fuction of pavage segment and numbering of laying stone can automaticcomplete according to the laying area to choose the best program.

该系统中，着重分析和开材铺设参数化分割和编号、材艺术拼花、材加工信息在不同软件中通信即加工单开立、以及旋转楼梯扶手材贴片空间曲线建模等几个功能模。

And it could edit all lots of various information that from our perennial memory or residually intraday memory, and rebuild them into new shapes and other dimensional scenes.

而且，可以编辑来自我们长年或当天记忆中各种各样信息，并把重新创造成新形式或其他空间场面。

The only way to make a real-time kinoform is to use the liquid crystal spatial light modulator.And the kinoform is valuable to optical information processing and optical measurements.

摘要利用液晶空间光调制器制作相息图是目前惟种能实现动态实时计算全息方法，它在光信息处理和光学测量方面具有重要应用价值。

Amongwhile the fuction of pavage segment and numbering of laying stone can automaticcomplete according to the laying area to choose the best program.

该系统中，着重分析和开发铺设参数化分割和编号、艺术拼花、加工信息在不同软件中通信即加工单开立、以及旋转楼梯扶手贴片空间曲线建模等几个功能模。

And it could edit all lots of various information that from our perennial memory or residually intraday memory, and rebuild them into new shapes and other dimensional scenes.

而且，可以编辑来自我们长年或当天记忆中各种各样信息，并把重新创造成新形式或其他空间场面。

The only way to make a real-time kinoform is to use the liquid crystal spatial light modulator.And the kinoform is valuable to optical information processing and optical measurements.

摘要利用液晶空间光调制器制作相息图是目前种能实现动态实时计算全息方法，它在光信息处理和光学测量方面具有重要应用价值。

Amongwhile the fuction of pavage segment and numbering of laying stone can automaticcomplete according to the laying area to choose the best program.

该系统中，着重分析和开发了石材铺设的参数化分割和编号、石材的艺术拼花、石材加工信息在不同软件中的通信即加工单的开立、以及旋转楼梯扶手石材贴片线的建模等几个功能模。

And it could edit all lots of various information that from our perennial memory or residually intraday memory, and rebuild them into new shapes and other dimensional scenes.

而且，可以编辑来自我们当天的记忆中的各种各样的信息，并把重新创造成新的形式其他场面。

The only way to make a real-time kinoform is to use the liquid crystal spatial light modulator.And the kinoform is valuable to optical information processing and optical measurements.

摘要利用液晶光调制器制作相息图是目前惟一的一种能实现动态实时计算全息的方法，它在光信息处理和光学测量方面具有重要的应用价值。